Posts

Compiles ONYX platform specifications covering electrical limits, battery performance, wiring references, torque values, component specifications, and environmental and thermal operating ranges.

Covers race format, terrain demands, and real world ONYX performance data including completion rate, thermal stability, and endurance under sustained desert load.

Featured ONYX Stuff, tied to this post, is a living hub highlighting ONYX products, upgrades, and gear that I share across platforms.

Organizes JAWS MODE calibration into progressive passes that start with safe setup and repeatable baseline checks, then move into load testing, refinement, measured validation, and long-term stability review.

Explains why dual battery setups on ONYX platforms are not recommended, covering system behavior, lack of coordination, misleading product claims, real-world experience, and battery aging factors.

Breaks down real-world ONYX theft patterns, common mistakes that lead to stolen bikes, and the exact steps needed to reduce risk and successfully recover a bike using proper documentation and police registration.

Covers real ONYX riding behavior including voltage sag, protection tuning, balancing limits, diagnostics, and how to interpret BMS data during actual use.

Explains stock tire specifications, rim design and estimated width, tire compatibility ranges, pressure guidelines, and real-world tubeless operation for ONYX 80V setups.

Organizes recommended ONYX maintenance and upgrade equipment, including electrical tools, wiring supplies, chargers, brake service tools, drivetrain parts, and common workshop items.

This post examines 72V, 84V, and 96V battery construction in the 72V ONYX platform with a focus on tabless cells, 300A-class performance targets, interconnect limitations, and system-level tradeoffs that determine real-world output and reliability.

Analysis of launch technique, traction limits, power delivery, rider control, environmental conditions, structured run coordination, platform mode behavior, thermal management, and system consistency across ONYX configurations.

Clear breakdown of how throttle behavior, speed, terrain, rider load, weather, battery capacity, and testing conditions influence real-world range on ONYX 72V and 80V.